CucCAP Plant Pathologist, Mary Hausbeck, has released new Greenhouse Disease Management recommendations for 2022. The Hausbeck Lab collaborated with other MSU Extension specialists to develop a guide for disease management for vegetable and herb crops.
CucCAP Project
Contributions to the CucCAP project by the Bioinformatics Team, Cucurbit Crop Breeding Teams, and the Integrated Disease Management Team.
Planting Cucumbers Early to Avoid Downy Mildew
Downy mildew affects cucumber crops in South Carolina every year and can cause huge crop losses. Clemson University researchers say planting early can cut growers’ losses.
CucCAP researchers develop watermelon breeding lines with broad resistance to Phytophthora capsici
CucCAP researchers developed 5 Phytophthora fruit rot resistant watermelon germplasm lines with high levels of resistance against a broad range of diverse P. capsici isolates collected from across the United States.
Integrated Disease Management Team | 2021 Progress Report
CucCAP PAG XXIX presentations
CucCAP Cucumber team members made virtual presentations at the 2022 Plant and Animal Genome meeting in January 2022.
Early Career Scientist Spotlight | Jack Mascarenhas
As an undergraduate research assistant in the Quesada Vegetable Pathology Lab at NC State University, Jack Mascarennas assisted Research Specialist Mike Adams with cucurbit disease field trials conducted for the first CucCAP project.
CucCAP researchers develop new methods for detection and analysis of downy mildew pathogen on cucumber
Researchers in Dr. Mary Hausbeck’s group at MSU have developed a highly sensitive DNA-based protocol to genetically distinguish between spores of cucumber downy mildew and hop downy mildew from spore trap samples. The enhanced sensitivity enables detection 5-10 days before symptoms appear in cucumber fields, providing a broader window for initiation of chemical control.
CucCAP researchers compile analysis of genetic resources and vulnerabilities for cucurbit crops
Germplasm collections maintained by the US National Plant Germplasm System and those of other countries are critical sources of diversity utilized by breeders for crop improvement. This review summarizes status of collections and vulnerabilities for cucurbit crops.
